Question

{x}^{2} + 13y)(4x \times 2xy)" alt="(12 {x}^{2} + 13y)(4x \times 2xy)" align="absmiddle" class="latex-formula">
need help solving? can anyone help​

Answer 1

Answer:

$96x^4y+104x^2y^2$

is the simplified form of

your given problem:

$(12x^2+13y)(4x \times 2xy)$.

Step-by-step explanation:

So the given problem is this:

$(12x^2+13y)(4x \times 2xy)$

I'm going to do the multiplication in the second ( ).

Nothing can be done in the first ( ) because the operation is addition and those two terms aren't like terms.

$(12x^2+13y)(8x^2y)$

I got x^2 because of x(x) part.

Now we get to distribute 8x^2y to both terms in the ( ).

$12x^2 \cdot 8x^2y+13y \cdot 8x^2y$

Adding exponents on bases that have the same variable:

$96x^4y+104x^2y^2$